2021 Volkswagen ID3 Tour Electricity · PK71 EXT

The 2021 Volkswagen ID3 Tour presents a stable and largely clean maintenance trend, culminating in a straightforward pass at its most recent MOT on 24 April 2026 at 40,616 miles. The sole defect recorded was a trivial advisory for an air freshener obstructing the driver's view, which was removed before the test concluded. No mechanical, structural, or safety-critical faults have been recorded across the three available tests. The vehicle has not yet presented any recurring mechanical failure pattern, which is a positive indicator of consistent upkeep. The mileage progression is entirely consistent with the vehicle's age and typical usage. Between the May 2025 test at 31,196 miles and the April 2026 test at 40,616 miles, the car covered 9,420 miles in approximately eleven months, which aligns with an annualised rate of roughly 10,200 miles for that period, slightly above the overall average of 8,123 miles per year. The earlier interval from May 2024 at 23,408 miles to May 2025 at 31,196 miles shows 7,788 miles covered, indicating a modest uptick in recent use. There are no suspicious mileage gaps or reversals that would suggest odometer tampering or prolonged periods of inactivity. The only consumable wear item flagged across the entire history was outer front tyre edge wear noted at the May 2025 test at 31,196 miles. This was a marginal advisory rather than a failure, but it warrants attention to front wheel alignment and suspension geometry, particularly the condition of front suspension bushes, ball joints, and any potential tracking misalignment that could cause uneven tyre wear on an electric vehicle with significant torque delivery to the front axle. Prospective buyers should inspect the inner and outer edges of all four tyres closely, checking for feathering or scalloped wear patterns that would indicate toe or camber deviation. Beyond tyre wear, the ID3's battery housing, subframe mounting points, and lower suspension components should be examined for corrosion or impact damage, as these are common vulnerability points on electric hatchbacks used in varied conditions. The braking system also deserves scrutiny, given that electric vehicles rely heavily on regenerative braking, which can lead to infrequent use of friction components and potential surface corrosion on brake discs and pads. A brief road test under normal braking conditions will confirm whether the calipers are releasing freely and whether the discs show any uneven wear or lipping.